Download shine webbox 2013-01-11

CONTENT
1
User Manual Information
1.1 Copyright Statement
1.2 About Manual
1.3 Target Group
1.4 Guideline
2
Production Description
2.1 Device Overview
2.2 Unpacking
2.3 Shine WebBox Network
Introduction
3
Installation and Connection
3.1 Requirements for Installation
Location
3.2 Shine WebBox Installation
3.3 Network Connection
3.4 Connection to PV System
4
Shine WebBox Integrated
Server Function
4.1 Network Access via Integrated
Server
4.2 Setting Shine WebBox via
Integrated Server
5
Uploading Data to
Shine Server
5.1 Registering and Logging in
5.2 Creating New Plant
5.3 Adding Shine WebBox
5.4 Visiting the Data from Shine WebBox
1
Uploading Data to the
6 Shine
Station
6.1 Installing the Shine Station
6.2 Logging in
6.3 Starting the Shine Station
Monitoring
6.4 Checking Up the Data
7 Power Management
7.1 Active Power Reduction
7.2 Reactive Power Control
7.3 Manage Active and Reactive
Power Simultaneously
7.4 PV Power Station Solution
8 Device Maintenance
8.1 Firmware Update
8.2 Stopping the Shine WebBox
8.3 Resetting the Shine WebBox
8.4 Clearing up the Record
8.5 Troubleshooting
8.6 Maintenance and Care
9 Technical Data
9.1 Shine WebBox
9.2 Plug-in Power Supply
9.3 Accessories
10 Contact
2
1
User Manual Information
1.1 Copyright Statement
Copyright © 2012 Shenzhen Growatt New Energy Co,.Ltd, hereinafter referred to as
‘Growatt’. All right reserved. No part of this document may be reproduced, stored in
a retrieval system, or transmitted, in any form or by any means, electronic,
mechanical, photographic, magnetic or otherwise, without the prior written
permission of Growatt New Energy. All infringement reserved.
Copyright No. is G1.0. Growatt reserved the final right of interpretation of this
manual. The product parameters, appearances and packages are subject to change
without notice. Readers are cautioned, however, that Growatt reserves the right to
make changes without notice and shall not be responsible for any damages,
including indirect, incidental or consequential damages, caused by reliance on the
material presented.
1.2 About Manual
Distinguished users, thank you very much for your trust in our Shine WebBox
product, which is developed and manufactured by our R&D department. We sincerely
hope it can satisfy your need, also, we’re glad to receive your suggestions on
improving our product. The target of the manual is to provide the detailed product
information, installation, operation and maintenance.
1.3 Target Group
The user manual is applied for technicians and common users to install, debug and
maintain the Shine WebBox. The readers should be acquainted with some electrical
knowledge, electrical schematic and characters of electrical components. The
manual is not including the content of inverter, environment monitor, smart meter
and anti-flux device. If needed, please refer to other user materials of our company.
1
1.4 Guideline
Before using the Shine WebBox, please read the manual carefully. In the meantime,
please keep it well, lest maintenance staff may not find it later. All the content,
pictures, logos, symbols are reserved. No part of this document may be transmitted in
any form without the prior written permission of our internal staff. The content of
manual could be changed. Every attempt has been made to make this document
complete, accurate and up-to-date. If there are any differences between the
contents of the instruction and the product, please regard the actual one as the
truth. You can download the newest version from our website www.growatt.com .
2
2 Production Description
2.1 Device Overview
1.SWITCH
2.POWER
3.RS-232
4.LAN
6.USB
4 6
8
2
5.COM
10
12
1
3
5 7 9
10.Fault-LED
11
8.ANTENNA
9.Normal-LED
7.SD-CARD
3
2.1.1 Interface
The description of Shine WebBox Interface is listed below.
Label
Name
Function
1
SWITCH
Power Switch：Turn On/Off Shine WebBox
2
Power Port
Power Line：Connect the power line to charge
4
LAN Port
RJ45 port：Connect Shine WebBox to the local
network area of Shine Server through web line
5
COM Port
As to COM port, pin 2 and pin 4 are used for
RS485; Others for active and reactive power
adjustment
6
USB Port
Auto-update via USB flash disk
7
SD-CARD
Data storage via SD-CARD
8
ANTENNA
Receive wireless signal
9
NORMAL-LED
Green led, normal state
10
FAULT-LED
Red led, fault state.
2.1.2 Indicator Led
Indicator led can be divided into red led and green led.
Red led equals to fault-led, Green led equals to normal-led.
There are 6 different led color combinations which stand for different situations.
Red led
Green led
Description
Long lighting
Long lighting
System starting
Go out
Flash slowly
Searching inverters
Go out
Flash quickly
Some inverter is standing by
Go out
Long lighting
Inverters work normally
Long lighting
Go out
No SD card inserted
Long lighting with
bumming
Go out
Inverters report error
4
2.2 Unpacking
2.2.1 Packing List
The Shine WebBox and accessories can be found as below.
Label
Amount
Name
1
Shine WebBox
1pc
2
5V Power Adapter
1pc
3
2G SD Card
1pc
4
Terminal ( used for RS485
and ripple control receiver)
1pc
5
Plastic Column
2pcs
6
M3.5*20 Screw Spike
2pcs
7
Shine WebBox Instruction Disc
1pc
8
Bracket
1pc
2.2.2 Serial No.
The serial No. is ticked on the WebBox’s packaging box, which have 10 digits mixed
up with letters and numbers. All the serial No. are unique, to identify each WebBox.
When you want to upload the data of WebBox to the server, you need the serial No.
and ‘check code’ corresponding to the serial No. to register.
5
2.3 Shine WebBox Network Introduction
Shine WebBox can monitor the PV devices by RS485 or ZigBee.
Shine WebBox can make up a local area network by router or switching machine. You
have local access by means of internal IP address. Otherwise, our WebBox can upload
the data to our server and then you get remote access of the data throughout the
realm name. Shine WebBox can communicate with inverters by RS485 or ZigBee, and
keep the data into the internal RAM or SD card. We have access to the embedded
server by visiting the internal IP address.
Note: The precondition of local access is that the address of PC and WebBox must be
in the same segment, thereby building up a local monitoring system.
RS 485
Shine WebBox
Inverter
Ethernet
RS 485
Inverter
Router
RS 485
Internet
Environment
RS 485
Client
Ammeter
Servers
6
3 Installation and Connection
3.1 Requirements for Installation Location
The installation and operation environment and notification for communication:
·Indoor installation
·Temperature: from 0 – 45 degree (℃)
·Avoid humid environment
·Avoid being exposed to directly sun radiation
·The maximum cable length of RS485 communication bus is 1200m
·The maximum radius of ZigBee wireless communication is 300m (no obstacles)
·The maximum length of network cable used to connect switch or router is not more
than 100m.
3.2 Shine WebBox Installation
3.2.1 Vertically Installation
Installation Procedure:
1. Install the bracket on the vertical plane of the wall. Dig two holes according to the
dimension of the bracket, there are two screw holes. Use hammer or suitable tools to
hit the plastic columns into the two hold on the wall. Use Philips screwdrivers to
screw the screws into the columns to install the bracket firmly onto the wall.
7
2. Hang Shine WebBox onto the bracket through the calabash ports in the back of
Shine WebBox.
25CM
3. Finish the mounting of Shine WebBox, notice the clearance of mounting.
10C M
5CM
10C M
4. Connect the Shine WebBox and inverter using RS485 cables via the RS485 ports on
them. Or Insert the ZigBee wireless module into RS232 port on inverter. Refer to
ZigBee Wireless Module User Manual.
5. Connect the network cable: insert the network connector to the LAN port on Shine
WebBox.
8
6. Insert the SD card: Insert the SD card into the SD card port on Shine WebBox,
notice that SD card must be inserted before powering on Shine WebBox or the SD
card would not be recognized.
7. Connect the power line: connect the power line to the power port on Shine
WebBox.
8. Turn on the power switch to power on Shine WebBox.
3.2 Horizontally Installation
Installation Procedure:
1. Set Shine WebBox on a horizontal plane.
2. As to the rest steps, please refer to aforementioned step 4-8 in chapter 3.2.1.
3.3 Network Connection
3.3.1 Setting IP Address of PC
The default network configuration is listed as below.
IP address: 192.168.1.230
Subnet mask: 255.255.255.0
Default gateway: 192.168.1.1
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Note: Only the IP addresses of the Shine WebBox and the accessing PC are in the
same network segment, then it’s available to get access into the integrated server of
Shine WebBox.
1. Window XP OS
Click to open the program “Network” → open “Local Connection” → choose
“Internet Protocol version 4 (TCP/IPv4)”→ double click to open “Internet Protocol
TCP/IP Properties”→ “Use the following IP address”, set the IP address of the PC and
Shine WebBox to be the same network segment. Set the IP address of PC referring to
following pictures:
10
2. Windows 7 OS
Click to open “Network”→ “Connection to a network”→ “Local Connection” →
“Internet Protocol version 4 (TCP/IPv4)”, change the IP address of the PC and Shine
WebBox to be the same network segment.
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3.3.2 Directly Connect to the PC
1. Power on the Shine WebBox and connect to the PC via network cables, the RJ45
ports on Shine WebBox.
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2. Set the IP address, default gateway. Please confirm the IP address of the PC and
Shine WebBox to be the same network segment.
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3.3.3 Connection via Network Router
1. Set the gateway of the router to be 192.168.1.1, if don’t know how to configure
please contact your network manager.
2. Connect the PC and Shine WebBox through the network ports of router to make
them work in the same local area network.
3. Check the IP address and gateway of the PC to confirm that the PC connected to
router and Shine WebBox are in same network segment.
3.3.4 Connection via Network Switch
1. Connect the PC and Shine WebBox to the network ports of network switch.
2. Set the IP address of the PC and Shine WebBox to be in the same segment.
3. Power on the PC, Shine WebBox and network switch then it’s available to get
access to Shine WebBox on the PC.
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3.4 Connection to PV System
Shine WebBox can monitor devices in PV system such as the inverter, environmental
monitor and smart meters etc.
3.4.1 RS485 Communication
1. PV devices are connected to Shine WebBox via RS485 cable connection. Note that
Pin 1 of RS485 is corresponded to Pin 4 of Shine WebBox Com port; while Pin 2 of
RS484 is corresponded to Pin 2 of Shine WebBox COM port.
Shine WebBox COM port
Inverter RS485 port
Note: the position of the numeral marks may be reversed, please refer to the actual product, and
connect the WebBox and inverter according to the numeral marks.
2. While monitoring several inverters, inverters are series connected to Shine
WebBox. The maximum number of series monitored inverter for Shine WebBox
simultaneously is 30 units.
3. The monitoring to smart meter and environmental monitor is similar to monitoring
inverter. Cascade the environmental monitor to the inverter and connect the smart
meter to Shine WebBox directly via the communication cables.
Note: Currently the Shine WebBox can monitor only the indicated brand and models
smart meters and ambient sensors.
3.4.2 ZigBee Wireless Communication
Insert the ZigBee Module into inverter communication port and build the wireless
communication to Shine WebBox, before monitoring please make settings according
to the user manual of ZigBee wireless modules (which is packaged together with
ZigBee), such as indicating the ZigBee ID and channels in Shine WebBox.
14
4 Shine WebBox Integrated Server Function
4.1 Network Access via Integrated Server
In order to get access to integrated server of the Shine WebBox, please confirm the
wiring of devices is OK and the setting of IP address is correct. After that, start the
web browser and enter 192.168.1.230 in the address bar. To enable the access to
integrated server, the IP address of PC and Shine WebBox must be in the same
segment.
Note: when WebBox connects to local network, please confirm the IP address
192.168.1.230 is not occupied by other device. Otherwise the IP addresses will
conflict.
1. The main interface of integrated server is shown as below.
15
2. Click “Record” to view the online data of inverters.
3. Click “Back Home” to return to the home page and Click “Parameter” to
parameter information of Shine WebBox.
4. Shine WebBox will detect inverters according to the setting address range. The
indicators on the Shine WebBox will show the detecting status (please find more
details referring to Chapter 2.1.2). Once any new inverter is detected, it will be
displayed in the record interface. The Shine WebBox will display the updated data
automatically.
5. Always log out from the Shine WebBox when you finish your work on the Shine
WebBox. To do so, just close the Web browser.
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4.2 Setting Shine WebBox via Integrated Server
4.2.1 System Configuration
4.2.1.1 Setting IP Address of the Shine WebBox
The address setting includes IP address, subnet mask, default gateway. If first,
second, and third numbers of IP address which the Shine WebBox employs coincide
with that of default gateway, the IP address of Shine WebBox just need to be
configured rather than setting the subnet mask, default gateway and DNS.
Local_ip:
192.168.1.230
Mask :
255.255.255.0
Gateway:
192.168.1.1
DNS:
192.168.1.1
1. You are able to operate the Shine WebBox by using integrated web browser in the
local network. Click on “parameter” to go to the setting page.
2. Select “local_ip”, enter the fixed IP number if you want to change the IP address,
for example the default address is 192.168.1.230, and you can change it to
192.168.1.240 referring to following picture.
Local_ip:
192.168.1.240
3. The subnet mask of the Shine WebBox and that of the network which Shine
WebBox accesses should be same.
4. Set the default gateway of the Shine WebBox same as that of the router which
WebBox connects to. Please confirm the default gateway is compliant with the
network.
17
5. Normally DNS is equal to the default gateway. Also you can set the DNS same as
the network.
6. After configuration, click on “save” at the bottom. After setting the IP address
successfully, restart the Shine WebBox, then you can get access to the WebBox using
web browser by entering the new IP address.
Save
4.2.1.2 Setting IP Address of the Server
The IP address of the server could be regarded as the IP address of Shine Server which
is one of the products of Growatt. Normally Shine WebBox gets access to server
according to the IP address; otherwise it will detect the server according to the
domain name. The default IP address of integrated server in Shine WebBox is
192.168.1.74
1. In “parameter” field, select “server_ip”, enter the IP address of Shine Server. For
example change the IP address of server from 192.168.1.74 to 223.4.29.219.
Ser ver_ip:
223.4.29.219
2. Click on “save”, the configuration has been carried out successfully; Shine
WebBox could upload the data to specified server.
4.2.1.3 Setting Domain Name of the Shine Server
In “parameter” field, select “server_url”, enter the domain name of the server. The
default domain name is “http://server.growatt.com”, if the domain name filled in the
integrated server of the Shine WebBox does not coincide with the default one, please
change the domain name to the default setting ‘http://server.growatt.com’ ,
ensuring Shine WebBox could upload data to Shine Server.
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4.2.1.4 Setting Initial and Final Address
1. In “parameter” field, under “Addren_star”, default initial address is 1, and under
“Addren_end”, default final address is 32. The initial address could be changed
within the range up to final address. All the inverters under monitoring should be in
the range between initial address and final address, otherwise, the inverters out of
range could not be monitored normally.
Addren_start:
Addren_end:
1
32
2. Click on “save”, configuration has been carried out successfully.
4.2.1.5 Setting ZigBee
1. Setting ID for ZigBee, in “parameter” field, select “ZigBee_ID”, enter ZigBee ID
within the range between 1000 and 9999.
2. Setting channel for ZigBee, in “parameter” field, select “ZigBee_channel”, enter
the ZigBee channel within the range between 11 and 25.
3. If the parameters about ZigBee have been modified in the web browser accessing
to the Shine WebBox, the configuration of ZigBee module connecting to the inverter
also needs to be modified. As to detailed information, please refer to ZigBee module
user manual.
4.2.1.6 Setting Environmental Monitor and Smart-meter
The Shine WebBox currently supports the data exchange with environmental monitor
and smart-meter; you can activate this function by using the web browser in the local
network.
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1. In “parameter” field, select “environment:addren”, choose “ON”, then click on
“save”. After that, Shine WebBox could operate environmental monitor. The address
of the environmental monitor is 36, which should not be modified. Please set the
address of environmental monitor to 36 in its own LCD interface, and select
“Modbus” protocol.
2. In “parameter” field, select “Ammeter:addren”, choose “ON”, then click on
“save”. After that, the communication between smart-meter and Shine WebBox has
been set up.
Environment:addren
36
ON
Ammeter :addren
37
ON
Note: the manufactures of environmental monitor and smart-meter have been
specified by Growatt, ensuring to communicate well.
4.2.2 Setting Data and Time
In “parameter” field, select “enable_write”→ Enter the data and time →“Save”.
System_time:
2013-01-09 10:36:52
Enable_write
4.2.3 Data Update Frequency
1. In “parameter” field, you can choose the data updating frequency from the dropdown list. The default setting is 2s. For example, set the updating frequency to 1.5s.
Delay time（S）:
1.5
2. Click on “save”. The configuration is OK.
20
4.2.4 Setting Power Management
In “parameter” field, select “power Adjust”, choose “ON”. In a local network, only
one Shine WebBox can be chosen as host, the others should be set as slave.
Power Adjust:
Host
ON
4.2.5 Fault Indication
There are two ways to indicate the inverter fault:
1. The status LED of the Shine WebBox will turn to red, accompanying with beeping
for 1 min.
2. In the integrated server interface of the Shine WebBox, the data about the
inverters are shown in red.
21
5 Uploading Data to Shine Server
Shine WebBox does not only provide monitoring locally, remote monitoring method
is also available via Shine Server. The Shine WebBox will upload the status and data of
the inverters to the Shine Server. You can visit the historical data, real-time data,
historical chart and real-time chart from the interface of the Shine Server.
5.1 Registering and Logging in
1. Start the web browser, and enter http://server.growatt.com in the address bar. If
you are the first time to login, please make a registration in advance.
2. Fill in the related information and click “summit” to finish the registration.
22
5.2 Creating New Plant
1. After registering successfully, it will redirect to the Shine Server Home page
automatically.
2. Click on “New Plant”, and you will turn to the “new plant” page below.
23
3. Fill in the plant information and click “summit”. It will redirect to the “Plant list”
on the home page, which means we have finished the “new plant” work.
5.3 Adding Shine WebBox
Adding the Shine WebBox to make it connected to Shine Server.
1. Click “Setting” → Select “Devices Management”.
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2. Click “Data Logger” and add the Shine WebBox.
3. Fill in the information of Data Logger “Serial Number” and “validate code”. After
choosing the plant type, click “summit” to finish all the work.
25
5.4 Visiting the Data from Shine WebBox
1. Click “inverter” under the list of plant list, the overview of inverters is below.
2. Click the real-time chart, real-time data, historical chart and historical data on the
left to view the whole data.
26
6 Uploading Data to the Shine Station
The monitoring data in the Shine WebBox could be viewed via the Shine Station.
6.1 Installing the Shine Station
The installation procedure is brief. Just double click the installer, and carry out the
operation according to the prompt.
6.2 Logging in
After installation, a shortcut icon of the Shine Station will be set up on the desktop.
Double click the shortcut icon, and a new small icon of the Shine Station will appear
in the bottom right corner of the desktop.
Right click the small icon, and select the “Start server”. After a while, the prompt
information will pop up.
27
Start web browser (Google Chrome is recommended), enter the native IP address and
port number 5678, e.g. the native IP address of the server or computer installed with
Shine Station is 192.168.1.74, then enter 192.168.1.74:5678 or 127.0.0.1:5678 in
the web browser.
The operation of the Shine Station could be carried out after logging in. The user
name defaults to admin. And password is 123456.
6.3 Starting the Shine Station Monitoring
Click on “Search Device”,select “TCP Setting” from the drop-down list.
28
Click on “Start Server”, enable the monitoring service. When the Shine WebBox is
connected to the Shine station well, the setting status will display as below.
6.4 Checking Up the Data
When Shine WebBox connects to the Shine Station well, the plant status could be
viewed via the Shine Station.
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7 Power Management
Shine WebBox power management is composed of active power reduction and
reactive power control components. To enable power management, a ripple control
receive is required. This function is available when user activates it. The COM ports of
the Shine WebBox are shown as below. Pin 1,3,5,7,9,11 are used to connect the
ripple control receiver.
COM
7.1 Active Power Reduction
There are 4 power levels, 100%, 60%, 30% and 0%. The connection between ripple
control receiver and Shine WebBox is shown as below.
100% 60%
1
3
5
30
30%
7
0%
9
The output power of inverter depends on the operating relay. The detailed
information is shown as below. Pin 1 is connected to 3.3V dc source.
Pin
Status
Explanation
1
3.3V DC source
Powering relays
3
100% output power
When the relay corresponding to pin 3
actions, the inverter outputs 100% of
nominal power.
5
60% output power
When the relay corresponding to pin 5
actions, the inverter outputs 60% of
nominal power.
7
30% output power
When the relay corresponding to pin 7
actions, the inverter outputs 30% of
nominal power.
9
0% output power
When the relay corresponding to pin 3
actions, the inverter outputs 0% of
nominal power.
7.2 Reactive Power Control
There are 4 power factor levels, 0.99, 0.98, 0.97, and 0.95. The connection between
ripple control receiver and Shine WebBox is shown as below.
0.95
0. 97
3
0.98
5
0.99
7
31
9
11
The output reactive power of inverter depends on the operating relay. The detailed
information is shown as below. Pin 11 is connected to 3.3V dc source.
Pin
Status
9
0.99 PF
When the relay corresponding to pin 9 actions,
the power factor of the output power is 0.99
7
0.98 PF
When the relay corresponding to pin 9 actions,
the power factor of the output power is 0.98
5
0.97 PF
When the relay corresponding to pin 7 actions,
the power factor of the output power is 0.97
3
0.95 PF
When the relay corresponding to pin 9 actions,
the power factor of the output power is 0.95
Explanation
7.3 Manage Active and Reactive Power Simultaneously
If active power and reactive power need to be managed at the same time, connect
the Shine WebBox with two ripple control receivers as below.
1
3
5
7
32
9
11
7.4 PV Power Station Solution
In PV power station, there are more than one WebBox. You can choose one WebBox
as the host and connect it to the ripple control receiver. The host WebBox could send
commands to other WebBoxs (slave WebBox) by the local network.
Normally, the ripple control receiver would send commands to the host WebBox if
power management is required. The host WebBox would operate the inverters
connected to it; meanwhile, it would send commands to salve WebBoxs, which could
operate other inverters.
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8 Device Maintenance
8.1 Firmware Update
You can update WebBox firmware by using USB flash disk or SD card.
1. Copy the required update file to the root directory of USB flash disk or SD card.
2. Plug the USB flash disk into WebBox USB interface.
When WebBox sounds twice, the firmware update is carried out successfully. 3-5
seconds later, pull out the USB flash disk . You can check up the firmware version by
integrated server of WebBox after restarting the WebBox. If WebBox sounds 3 times,
it indicates a failure operation, you can update the WebBox again after have
restarted it and waited for 1 min.
8.2 Stopping the Shine WebBox
You can stop the Shine WebBox by turning off power switch.
8.3 Resetting the Shine WebBox
The integrated user interface is required in the local network when resetting the
shine WebBox.
1. In “parameter” field, select “Enable_Reset”.
Enable _Reboot
Enable _Reset
Enable _Clear_record
Save
Back Home
2. Click on “save”. The Shine WebBox would restore factory settings after restarts.
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8.4 Clearing up the Record
1. In “parameter” field, select “Enable_Clear_record”.
Enable _Reboot
Enable _Reset
Enable _Clear_record
Save
Back Home
2. Click on “save”, all the records would be wiped out after the Shine WebBox restarts.
8.5 Troubleshooting
Problem
Cause
Rectification
The Shine WebBox
is not available.
The address of inverter
is not fixed
Reset inverter address to fixed one
and ensure all the inverters
connecting to the same WebBox
have the exclusive address
Local network is
not available
Shine WebBox and the
connecting PC are not in
a same network segment
Make sure the WebBox and PC are
in the same network segment.
If the problem still exists, please
contact the network administrator.
Web server is not
available
The web server is not
connected to Internet
Make sure web server is connected
to Internet and the domain name of
the server is correct.
WebBox does not
upload data to server
The default IP address
of server is occupied by
other computer in the
local network
Reset the IP address of server to the
static address (see section 10.1.2),
or please contact the network
administrator
8.6 Maintenance and Care
1. Conduct regular visual inspections of the Shine WebBox to check for external
damage or dirt. Please avoid switching power frequently.
2. Shine WebBox is only adapted to indoor environment. Protect WebBox from wet
conditions and direct sunlight. To clean the Shine WebBox, only use a lightly
dampened cloth to prevent the penetration of moisture.
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9 Technical Data
9.1 Shine WebBox
Mechanical data
Width*height*depth
185mm* 125mm * 30mm
Net weight
420g
Environmental conditions
Ambient temperature
0 ℃… 45℃
Degree of protection
IP 20
Mounting location
Indoor
Communication
Rs485 communication
Maximum 30 inverters
Wireless communication
ZigBee , maximum 15 inverters
Rs485 communication range
1200m,STP
ZigBee communication range
300m,obstruction free
9.2 Plug-in Power Supply
Power supply
Input
100~240V 50/60Hz
Output
5Vdc , 2000mA
36
9.3 Accessories
9.3.1 SD Card
The SD card with 2GB of memory used in the Shine WebBox could be valid for 5 years.
9.3.2 RS485 Cable
To ensure the stable communication between the Shine WebBox and inverters, the
RS485 cable that consists of STP (shielded twisted pair) is preferred. The maximum
cable length of RS485 communication bus is 1200m. You can take the following
specification as the cabling standard.
Cable length
Specification
＜ 200m
2*0.3mm2, twisted-pair, bushing
200-500m
2*0.5mm2, twisted-pair, bushing
500-1200m
2*0.75mm2, shielded twisted pair, bushing
＞ 1200m
2*1.0mm2, shielded twisted pair, bushing
Add Repeaters at the cable length of 1200m
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10 Contact
If you have technical problems concerning our products, please contact the Growatt
serviceline.
GROWATT NEW ENERGY
Building B, Jiayu Industrial Zone, #28 Guanghui Road, Longteng Community, Shiyan,
Baoan District, Shenzhen, P.R.China.
Growatt Serviceline
Tel: +86 755 27471942
E-mail: [email protected]
Web:www. growatt . com
GR - UM - 010 - 01
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